Study on the Performance of SY-01 Satellite Gamma-Ray Detector

X. Qie, Siming Guo, Jiang He, Zheng Jiang, T. Yu, X. Wen, Shiwei Ren, Z. An, Jin-jie Wu
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引用次数: 2

Abstract

The New Space Technology Test Satellite (SY-01) is scheduled to carry out its first flight with a Chinese aerospace rocket, carrying multiple payloads to carry out space scientific exploration missions. SY-01 can carry multiple payloads to carry out space exploration missions. Among them, the High Energy Burst Researcher (HEBS) is one of the important payloads on the satellite. It will monitor the high-energy electromagnetic counterparts of gravitational wave events throughout the day and discover large samples of gamma-ray bursts. This paper mainly introduces the ground test experiment of the HEBS payload gamma-ray detector (GRD) and studies energy resolution and energy linearity in the range of (38–80)keV. The test results show that the GRD has good performance in the low-energy region, which can meet the requirements of monitoring gravitational wave gamma-ray bursts on-orbit.
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SY-01卫星伽玛射线探测器性能研究
新型空间技术试验卫星(SY-01)计划由中国航天火箭进行首次飞行,携带多个有效载荷执行空间科学探索任务。SY-01可以携带多个有效载荷来执行太空探索任务。其中,高能爆炸研究器(HEBS)是卫星上重要的载荷之一。它将全天监测引力波事件的高能电磁对应物,并发现大量伽马射线暴样本。本文主要介绍了HEBS有效载荷伽马射线探测器(GRD)的地面测试实验,研究了(38-80)keV范围内的能量分辨率和能量线性度。试验结果表明,GRD在低能区具有良好的性能,能够满足引力波伽玛暴在轨监测的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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